Effective Non-Surgical Management of Adhesive Capsulitis in a 50-Year-Old Male: A Comprehensive Rehabilitation Success Story

Note: This case study is intended for educational and informational purposes only. All patient identifiers have been anonymized to ensure full confidentiality and compliance with privacy standards.

Overview: A Full Recovery from Frozen Shoulder

A previously active 50-year-old man experienced progressive, unexplained shoulder pain and stiffness over several months—severe enough to disrupt sleep, impair daily self-care (such as dressing), and limit overhead movement. After thorough clinical evaluation—including physical examination, X-ray imaging revealing mild degenerative changes, and MRI confirming peri-capsular edema and biceps tendon inflammation—he was diagnosed with adhesive capsulitis, commonly known as frozen shoulder. Unlike invasive interventions, his treatment plan centered on a synergistic, evidence-based approach: targeted anti-inflammatory medication combined with structured, progressive physical therapy. Within just two weeks, he reported significant pain reduction and improved sleep; by one month, he had fully regained functional range of motion—including internal rotation, abduction, and scapular control—and resumed all activities of daily living without assistance.

Patient Profile & Clinical Timeline

Key Details

Age & Gender: 50-year-old male
Diagnosis: Primary adhesive capsulitis (Stage II: "Frozen" phase)
Treating Facility: Hunan Provincial Brain Hospital (Changsha, China)
Initial Consultation: July 2021
Intervention Duration: 2-week intensive phase + 4-week functional consolidation

Integrated Treatment Strategy

Pharmacological Support

The patient began a short-term regimen of celecoxib capsules (a selective COX-2 inhibitor) for targeted anti-inflammatory and analgesic effects—minimizing gastrointestinal risk while effectively reducing synovial inflammation. Concurrently, aescin-based tablets (Aescinum) were prescribed to support microcirculation and decrease soft-tissue edema around the glenohumeral joint capsule.

Rehabilitation Protocol: From Passive Mobilization to Active Re-education

Under the guidance of a certified musculoskeletal physiotherapist, the patient engaged in a tiered rehabilitation program:

Phase 1 (Days 1–7): Gentle passive joint mobilizations (Grade I–II Maitland techniques) to maintain capsular mobility and inhibit fibroblast proliferation.
Phase 2 (Days 8–14): Introduction of active-assisted exercises—including wall climbing (finger-walking up a vertical surface), pendulums, and prone shoulder circles—to restore neuromuscular coordination and proprioception.
Phase 3 (Weeks 3–4): Progressive resistance training using elastic bands and scapulothoracic stabilization drills to rebuild dynamic joint control and prevent recurrence.

In addition, low-energy radial shockwave therapy (rESWT) was administered twice weekly during the first two weeks to modulate inflammatory cytokines and promote tissue remodeling—enhancing the overall anti-fibrotic effect.

Measurable Outcomes & Functional Gains

By the end of Week 2, the patient reported a 70% reduction in average pain intensity (measured via Numeric Rating Scale) and restored uninterrupted nighttime sleep. At his one-month follow-up:

Full restoration of active and passive shoulder range of motion (ROM), verified by goniometric assessment
Complete return of independence in ADLs—including overhead reaching, fastening back clothing, and carrying groceries
Significant improvement in Patient-Rated Tennis Elbow Evaluation (PRTEE)-adapted shoulder function score—from 68/100 to 12/100
High treatment satisfaction (9.5/10 on Likert scale)

Long-Term Prevention & Lifestyle Guidance

While recovery was rapid, sustainable outcomes depend on proactive self-management. We advised the patient to:

Maintain consistent shoulder mobility: Perform 5-minute "shoulder hygiene" routines (e.g., pendulums, scapular squeezes, doorway stretches) twice daily—even after symptoms resolve.
Optimize environmental ergonomics: Avoid prolonged static postures (especially during desk work or sleeping), use supportive pillows, and eliminate direct airflow from air conditioning onto bare shoulders.
Build resilience through strength: Integrate weekly rotator cuff and mid-back strengthening (e.g., prone T/Y/W raises, resisted external rotation) to improve joint centration and load tolerance.
Recognize early warning signs: Any recurrence of night pain, gradual motion loss, or "catching" sensations warrants prompt re-evaluation—ideally within 72 hours—to intercept progression into Stage III ("Thawing" phase complications).

Why This Case Matters for Aging Adults

Adhesive capsulitis affects up to 5% of adults aged 40–65, with peak incidence between 50–55 years. Risk multipliers include sedentary habits, repetitive microtrauma, metabolic conditions (e.g., diabetes, thyroid disorders), and—critically—chronic thermal stress (like frequent cold-air exposure). This patient's lifestyle—prolonged AC use, minimal shoulder movement, and delayed help-seeking—mirrors common behavioral patterns that accelerate capsular fibrosis. His successful outcome underscores a vital message: early, multimodal conservative care delivers superior long-term function compared to watchful waiting or premature injections/surgery. For clinicians and patients alike, this reinforces the power of combining pharmacology with intelligent movement—not as alternatives, but as essential partners in restoring joint health.